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| Масса | 375 g |
| Р | 0.7 µm |
| Рабочее расстояние | In Air: 25.5 mm |
| Увеличение | 50x |
| NA | 0.42 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 420-1064 nm |
| ф | 4 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø0.48 mm |
| Поле зрения 2 | 0,24 x 0,13 mm |
| ДФ | 1.6 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
| М План Апо NIR B | Note:This series of objective has greatly improved in operability thanks to the achievement of an ultra-long working distance of 25,5 mm while maintaining the NA of the NIR series 20X/50X. |
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| Масса | 250 g |
| Р | 1.1 µm |
| Увеличение | 10X |
| NA | 0.26 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| ф | 20 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø2.4 mm |
| Поле зрения 2 | 0,48 x 0,64 mm |
| ДФ | 4.1 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Масса | 350 g |
| Р | 0.7 µm |
| Рабочее расстояние | In Air: 25.5 mm |
| Увеличение | 20x |
| NA | 0.4 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 420-1064 nm |
| ф | 10 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø1.2 mm |
| Поле зрения 2 | 0,24 x 0,32 mm |
| ДФ | 1.7 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
| М План Апо NIR B | Note:This series of objective has greatly improved in operability thanks to the achievement of an ultra-long working distance of 25,5 mm while maintaining the NA of the NIR series 20X/50X. |
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| Масса | 335 g |
| Р | 0.6 µm |
| Рабочее расстояние | In Air: 12 mm |
| Увеличение | 100x |
| NA | 0.5 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 480-1800 nm |
| ф | 2 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø0.24 mm |
| Поле зрения 2 | 0.05 x 0.06 mm |
| ДФ | 1.1 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Функции | Near-infrared wavelength CorrectedM Plan Apo NIR for Bright Field ObservationCompatible with microscope types VMU / FS-70 |
| Р | 0.7 µm |
| Рабочее расстояние | In Air: 17 mm |
| Увеличение | 50x |
| NA | 0.42 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 480-1800 nm |
| ф | 4 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø0.48 mm |
| Поле зрения 2 | 0,1 x 0,13 mm |
| ДФ | 1.6 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Функции | Near-infrared wavelength CorrectedM Plan Apo NIR for Bright Field ObservationCompatible with microscope types VMU / FS-70 |
| Масса | 220 g |
| Р | 2 µm |
| Рабочее расстояние | In Air: 37.5 mm |
| Увеличение | 5x |
| NA | 0.14 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 480-1800 nm |
| ф | 40 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø4.8 mm |
| Поле зрения 2 | 0,96 x 1,28 mm |
| ДФ | 14 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Масса | 490 g |
| Р | 0.4 µm |
| Увеличение | 100x |
| NA | 0.7 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| ф | 2 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø0.24 mm |
| Поле зрения 2 | 0.05 x 0.06 mm |
| ДФ | 0.6 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Масса | 300 g |
| Р | 0.7 µm |
| Увеличение | 20x |
| NA | 0.4 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| ф | 10 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø1.2 mm |
| Поле зрения 2 | 0.24 x 0.32 mm |
| ДФ | 1.7 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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| Функции | Near-infrared wavelength CorrectedM Plan Apo NIR for Bright Field ObservationCompatible with microscope types VMU / FS-70 |
| Масса | 450 g |
| Р | 0.42 µm |
| Рабочее расстояние | In Air: 10 mm |
| Увеличение | 50x |
| NA | 0.65 |
| Сокращения в таблице продуктов | N.A.: Numerical apertureW.D.: Working distanceP.D.: Parfocal distancef: Focal distanceR: Resolving powerD.F.: Depth of fieldFOV 1: Field of view when using ø24 mm eyepieceFOV 2: Field of view when using a digital camera with 1/2" chip size |
| Исправленная длина волны | 480-1800 nm |
| ф | 4 mm |
| ПД | 95 mm |
| Поле зрения 1 | ø0.48 mm |
| Поле зрения 2 | 0,1 x 0,13 mm |
| ДФ | 0.65 μm |
| M План Апо NIR | Note: These objective lenses are designed so that the image of a workpiece remains focused within the focal depth even when the wavelength used is changed from within the visible range up to the near-infrared (480 to 1,800 nm).Therefore the M Plan NIR Series are suitable for laser repair. However, when the wavelength used exceeds 1,100 nm, the focussing position may deviate slightly from that in the visible range due to changes in glass dispersion and refractive index. |
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